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Slide 1: l Slide LESSON 2: The Earth’s Crust Duration: Week 1–2, 4 days Introduction to Earth's upper crust and how it affects natural events. Slide 2: Learning Competencies Gat…
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Slide 1: l Slide LESSON 2: The Earth’s Crust Duration: Week 1–2, 4 days Introduction to Earth's upper crust and how it affects natural events. Slide 2: Learning Competencies Gather information to name and describe the Earth’s upper crust layers. Relate volcanoes, earthquakes, mountain belts locations to oceanic and continental crust. Identify the association of crust types with the Earth’s lithospheric plates. Slide 3: Learning Objectives Describe properties and interactions of upper crustal layers. Differentiate oceanic and continental crust structures. Identify locations of volcanoes, earthquake epicenters, and mountain belts. Explain how plate movements cause volcanic activity. Describe geological features formation from crust interactions. Appreciate preparedness benefits through crust knowledge. Slide 4: Earth’s Layers Introduction to Earth’s layers beneath the surface. Figure 1: Layers of the Earth (include labeled diagram) Continental Crust, Oceanic Crust, Lithosphere, Asthenosphere, Upper Mantle, Lower Mantle, Outer Core, Inner Core. Slide 5: The Earth’s Upper Crust Outermost solid rock layer, foundation of land and oceans. Importance for life and geological activities (earthquakes, volcanoes, mountain formation). Materials like granite (continental) and basalt (oceanic). Supports ecosystems and human use (minerals, fossil fuels, construction). Slide 6: Major Layers of the Earth’s Upper Crust Two main types: Continental Crust and Oceanic Crust. Figure 2: Continental Crust and Oceanic Crust (include labeled diagram) Continental: thicker, less dense, supports landmasses and ecosystems. Oceanic: thinner, denser, mainly basalt, forms ocean floor. Slide 7: Interaction of the Layers Tectonic plate movements between upper crust and mantle cause earthquakes, volcanoes, mountain formation. Importance in predicting natural events and reducing risks. Slide 8: Formation of Geological Features Plate boundary interactions cause earthquakes, volcanism, mountains. Subduction: oceanic crust forced beneath continental crust, creating trenches (e.g., Mariana Trench). Continental plate collision forms mountain ranges (e.g., Himalayas). Figure 3: Lithospheric plates movements (include labeled diagram). Slide 9: Locations of Active Volcanoes, Earthquake Epicenters, and Major Mountain Belts Found near tectonic plate boundaries due to intense geological activity. Examples: Pacific Ring of Fire, Himalayas, Andes. Different interactions: collision (mountains), separation (rift valleys, volcanoes), sliding (earthquakes). Slide 10: Volcanic Activity and Earthquakes Plate collision and sliding build pressure triggering eruptions and earthquakes. Magma rises to form volcanoes, faults release energy causing earthquakes. Mountain creation from plate compression and uplift. Role in shaping landscapes, ecosystems, weather, and settlements. Follow Design: {"palette":["Abyssal black #0F1115 — primary dark canvas background","Tectonic orange #FF6B35 — high-energy seismic activity and volcanic epicenter indicators","Faultline yellow #FFD166 — plate boundaries, hazard warnings, and subduction alerts","Oceanic cyan #00A896 — oceanic plate data metrics and water depth zones","Subduction gray #21262D — modular telemetry cards and diagram container fills","Mineral white #F0F6FC — crisp high-contrast headings and primary data readouts"],"fonts":{"Chivo":"https://fonts.googleapis.com/css2?family=Chivo:ital,wght@0,100..900;1,100..900&display=swap","IBM Plex Mono":"https://fonts.googleapis.com/css2?family=IBM+Plex+Mono:ital,wght@0,100;0,200;0,300;0,400;0,500;0,600;0,700;1,100;1,200;1,300;1,400;1,500;1,600;1,700&display=swap"},"type":"Chivo in black (900) and bold (700) weights with uppercase styling for high-impact lesson titles and hazard classifications; IBM Plex Mono in 400 and 500 weights for all body content, plate boundary descriptions, figure coordinates, and structured bullet lists.","layout":"A 12-column digital geophysics dashboard layout with tight 24px grid gaps and 48px outer margins. The top edge features an omnipresent telemetry status ribbon tracking unit duration and active topics. Split-screen arrangements give 50% width to dark cross-sectional diagrams and 50% to stacked metric modules for plate density, composition, and activity type.","framework_treatment":"Precision HUD-inspired instrument cards with faint 1px slate borders, subtle crosshair corner brackets, and illuminated neon accent pips. Diagrams feature vector-style contour lines and glowing epicenter rings. Warning callouts for earthquakes and volcanic hazards use high-contrast yellow-striped perimeter tags.","feels_like":"A real-time volcanology observatory dashboard monitoring seismic activity along the Pacific Ring of Fire"}
Presentation overview
This community presentation was shared by Dexter Dave Flores as a complete 10-slide example. Slide 1: l Slide LESSON 2: The Earth’s Crust Duration: Week 1–2, 4 days Introduction to Earth's upper crust and how it affects natural events. Slide 2: Learning Competencies Gat… The preview lets you review the full sequence in order, rather than judging the design from a single cover image.
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